Evolutionary Relationships Trivia Quiz
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Evolution is the process of the:
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Development of one-celled organisms from mammals
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Change in species over long periods of time
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Embryonic development of modern humans
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Changing energy flow in food webs
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Have you studied evolution well enough? Are you ready for this evolutionary relationships trivia quiz? What do we actually mean by evolutionary relationships? An evolutionary relationship means that different species are related to each other in accordance with evolutionary or ancestral history. The study of evolutionary relationships helps us to track the biological history of various species and their connection See moreto the species present currently. Let's go for this quiz now!
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Evolution is often represented as a branching tree diagram similar to the one shown below. The names shown represent different groups of organisms alive today; the lines represent their evolutionary histories. The statement that is best supported by the diagram is that
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Annelida and Arthropoda have an ancestor in common.
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Echinodermata are more closely related to Mollusca than they are to Chordata.
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Mollusca and Arthropoda probably evolved before Porifera.
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Annelida and Arthropoda evolved from Echinodermata.
Correct Answer
A. Annelida and Arthropoda have an ancestor in common.Explanation
The diagram shows a branching tree, with Annelida and Arthropoda sharing a common branch. This indicates that they have a common ancestor, supporting the statement that Annelida and Arthropoda have an ancestor in common.Rate this question:
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- 3.
Birds evolved from a group of meat-eating dinosaurs called
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Theropods
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Spinosaurus
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Allosaurus
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Diplodocus
Correct Answer
A. TheropodsExplanation
Birds evolved from a group of meat-eating dinosaurs called theropods. This is supported by various fossil evidence and genetic studies. Theropods, such as Tyrannosaurus rex and Velociraptor, had many characteristics that are also found in modern birds, such as hollow bones, feathers, and a similar hip structure. Over millions of years, these theropods gradually evolved into the diverse group of birds we see today.Rate this question:
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- 4.
The study of fossils has allowed scientists to:
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Describe past environments and the history of life
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Study present ocean temperatures at different depths
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Analyze the chemical composition of sedimentary rocks and minerals
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Describe the details of the process by which life began on Earth
Correct Answer
A. Describe past environments and the history of lifeExplanation
The study of fossils provides valuable information about past environments and the history of life on Earth. Fossils can reveal the types of plants and animals that existed in different time periods, as well as the conditions in which they lived. By examining fossils, scientists can reconstruct ancient ecosystems, understand evolutionary patterns, and track changes in biodiversity over time. Fossils also help in dating rock layers and determining the sequence of events in Earth's history. Therefore, the study of fossils allows scientists to describe past environments and gain insights into the history of life.Rate this question:
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- 5.
The process by which a species passes out of existence is known as:
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Endangerment
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Deforestation
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Extinction
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Adaptation
Correct Answer
A. ExtinctionExplanation
Extinction refers to the process by which a species ceases to exist. It occurs when there are no remaining individuals of a species alive. This can happen due to various factors such as environmental changes, natural disasters, competition, or human activities. Extinction is a natural part of the evolutionary process, but it is also influenced by human actions such as habitat destruction, pollution, and overhunting. When a species becomes extinct, it is permanently lost from the Earth, and its unique genetic information and ecological role are gone forever.Rate this question:
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- 6.
The bones in the forelimbs of three mammals are shown below. For these mammals, the number, position, and shape of the bones most likely indicate that they may have
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Developed in a common environment
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Developed from the same earlier species
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Identical genetic makeup
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Identical methods of obtaining food
Correct Answer
A. Developed from the same earlier speciesExplanation
The bones in the forelimbs of three mammals being similar in number, position, and shape suggests that they may have developed from the same earlier species. This similarity in bone structure indicates a common ancestry and evolutionary history, where the forelimbs of these mammals have been inherited and modified over time from a common ancestor.Rate this question:
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- 7.
Base your answers to this question on the diagram below, which represents the relationships between animals in a possible canine family tree, and on your knowledge of biology. According to the diagram, which group of organisms has the most closely related members?
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Cats, weasels, and wolves
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Bears, raccoons, and hyena dogs
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Jackals, foxes, and domestic dogs
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African hunting dogs, hyena dogs, and domestic dogs
Correct Answer
A. Jackals, foxes, and domestic dogsExplanation
According to the diagram, jackals, foxes, and domestic dogs are all connected by a single line, indicating a direct relationship. This suggests that they share a more recent common ancestor compared to the other groups mentioned. Therefore, jackals, foxes, and domestic dogs have the most closely related members among the given options.Rate this question:
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- 8.
Base your answers to this question on the diagram below, which represents the relationships between animals in a possible canine family tree, and on your knowledge of biology. According to the canine family tree, weasels, foxes, and domestic dogs all most likely originated from the
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Wolf
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Bear dog
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Marcus
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Miacis
Correct Answer
A. MiacisExplanation
Miacis is the most likely origin for weasels, foxes, and domestic dogs according to the canine family tree. This is because Miacis is the earliest ancestor shown in the diagram, branching off into different lineages that eventually lead to these animals. The diagram suggests that these animals share a common ancestor in Miacis, indicating a close evolutionary relationship.Rate this question:
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- 9.
The diagrams below show the bones in the forelimbs of three different organisms. Similarities in the bone arrangements support the hypothesis that these organisms
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Are members of the same species
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May have descended from the same ancestor
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Have adaptations to survive in different environments
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All contain the same genetic information
Correct Answer
A. May have descended from the same ancestorExplanation
The diagram shows similarities in the bone arrangements of the forelimbs of three different organisms. This suggests that these organisms may have descended from the same ancestor. The similarities in bone arrangements indicate a common evolutionary history and ancestry. Therefore, the hypothesis that these organisms may have descended from the same ancestor is supported.Rate this question:
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- 10.
The diagrams below show the bones in the forelimbs of three different organisms. Differences in the bone arrangements support the hypothesis that these organisms
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Are members of the same species
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May have descended from the same ancestor
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Have adaptations to survive in different environments
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All contain the same genetic information
Correct Answer
A. May have descended from the same ancestorExplanation
The diagrams show differences in the bone arrangements of the forelimbs of three different organisms. This suggests that these organisms may have descended from the same ancestor. The similarities in bone structure indicate a common evolutionary origin, as different species would not have such similar bone arrangements. This supports the hypothesis that these organisms share a common ancestor and have diverged over time.Rate this question:
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Current Version
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Jun 10, 2024Quiz Edited by
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Expert Reviewed by
Stephen Reinbold -
Feb 13, 2012Quiz Created by
Ionca
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